A kit to facilitate identifying at least one glove particularly suitable to be worn by a particular individual includes a backdrop having at least two visually-discernible calibration marks disposed thereon, a camera, a memory having stored therein characterizing parameters for a variety of different gloves, and a control circuit that operably couples to the latter. The control circuit presents to a kit user via a display an image of the particular individual's hand as placed on the backdrop, and then presents a plurality of user-placeable markers by which the kit user marks particular locations of the particular individual's hand. The control circuit then processes the image of the particular individual's hand as marked by the kit user and as a function of the two visually-discernible calibration marks to identify at least one glove that is particularly suitable to be worn by the particular individual.
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2. The kit of claim 1 wherein the backdrop comprises a disposable sheet.
3. The kit of claim 1 wherein the predetermined known distance is 15 cm.
This invention relates to a measurement kit for determining the distance between a sensor and a target object. The kit includes a sensor configured to emit and receive signals, a target object positioned at a predetermined known distance from the sensor, and a calibration mechanism to adjust the sensor's measurements based on the known distance. The sensor measures the time delay between emitted and received signals to calculate the distance to the target object. The kit is used to calibrate the sensor by comparing its measured distance to the known distance, ensuring accurate distance measurements in subsequent applications. The predetermined known distance is specifically set to 15 cm, allowing for precise calibration in scenarios requiring high accuracy at short ranges. The target object may be a reflective surface or a passive marker, and the sensor may use ultrasonic, optical, or electromagnetic signals. The calibration mechanism adjusts the sensor's internal parameters to minimize measurement errors, improving reliability in industrial, medical, or consumer applications where precise short-range distance measurements are critical. The kit ensures consistent performance by accounting for environmental factors and sensor variations.
4. The kit of claim 1 wherein the outline of the human hand includes a wrist, and wherein the at least two visually-discernable calibration marks are each disposed on opposing sides of the wrist.
This invention relates to a kit for calibrating a system that captures or analyzes human hand movements, particularly for applications in virtual reality, motion tracking, or medical diagnostics. The problem addressed is the need for accurate calibration of hand tracking systems to ensure precise measurement of hand positions and gestures, which is critical for applications requiring high fidelity, such as surgical simulations or immersive virtual environments. The kit includes a physical model of a human hand with at least two visually discernible calibration marks. These marks are strategically placed on opposing sides of the wrist to provide reference points for alignment and scaling. The hand model may also include additional features, such as joints or finger segments, to enhance calibration accuracy. The calibration marks are designed to be easily detected by optical or sensor-based systems, ensuring reliable alignment between the physical model and the tracking system. The kit may further include instructions or software tools to guide the calibration process, ensuring consistent and repeatable results across different systems. This approach improves the accuracy of hand tracking by providing a standardized reference, reducing errors caused by variations in hand anatomy or sensor positioning.
5. The kit of claim 1 wherein control circuit, memory, and camera comprise integral parts of a shared platform.
This invention relates to a modular surveillance system designed to enhance security monitoring by integrating multiple components into a unified platform. The system addresses the challenge of fragmented surveillance setups, where separate devices for imaging, data storage, and processing create inefficiencies in deployment, maintenance, and performance. The core solution involves a kit that includes a camera for capturing visual data, a memory for storing the captured data, and a control circuit for managing the camera and memory operations. These components are physically and functionally integrated into a single shared platform, eliminating the need for external connections or separate housings. The shared platform ensures seamless communication between the camera, memory, and control circuit, optimizing data flow and reducing latency. The control circuit is configured to process the captured data, enabling real-time analysis or storage, while the memory provides sufficient capacity for long-term retention. The integrated design simplifies installation, reduces hardware complexity, and improves reliability by minimizing potential failure points. This approach is particularly useful in environments requiring compact, self-contained surveillance solutions, such as remote monitoring or portable security systems. The invention enhances operational efficiency by consolidating essential surveillance functions into a single, cohesive unit.
7. The kit of claim 1 wherein the control circuit is further configured, while processing the image of the particular individual's hand as marked by the kit user and as a function of the predetermined known distance between the two visually-discernable calibration marks to identify at least one glove that is suitable to be worn by the particular individual, and via the display, to present an animated image of a hand-scanning process.
8. The kit of claim 1 wherein the particular locations of the particular individual's hand that the kit user is to mark with the user-placeable markers include tips of the digits of the particular individual's hand.
This invention relates to a kit for marking specific locations on a person's hand, particularly the tips of the digits, to assist in medical or diagnostic procedures. The kit includes user-placeable markers designed to be applied by a user to the hand of a particular individual. The markers are positioned at predefined locations, such as the fingertips, to facilitate accurate identification or measurement. The kit may also include instructions or guides to ensure proper placement of the markers. The markers are removable and may be used in various applications, such as medical imaging, surgical planning, or biomechanical analysis, where precise hand positioning is critical. The invention addresses the need for a simple, non-invasive method to mark specific hand landmarks consistently, improving accuracy in procedures that rely on these reference points. The markers are designed to be easily applied and removed without causing discomfort or leaving residue, ensuring usability across different settings. The kit may also include additional tools or accessories to enhance marker placement, such as alignment guides or measurement devices, to further ensure precision. This solution eliminates the need for complex or invasive marking techniques, providing a practical and efficient way to mark hand landmarks for various applications.
9. The kit of claim 8 wherein the particular locations of the particular individual's hand that the kit user is to mark with the user-placeable markers further include areas between the digits of the particular individual's hand.
10. The kit of claim 9 wherein the particular locations of the particular individual's hand that the kit user is to mark with the user-placeable markers further include the width of the palm as corresponds to the particular individual's hand.
12. The kit of claim 1 wherein the control circuit is further configured to identify at least two different existing, non-customized gloves that are suitable to be worn by the particular individual.
This invention relates to a system for selecting and customizing gloves, particularly for individuals with specific hand measurements or requirements. The problem addressed is the difficulty in finding well-fitting, non-customized gloves that meet an individual's needs, such as those with unique hand shapes or medical conditions. The solution involves a kit that includes a control circuit configured to analyze hand measurements and identify at least two different existing, non-customized gloves that are suitable for the individual. The control circuit may also determine adjustments needed to modify the gloves for a better fit. The system may further include a measurement device to capture hand dimensions and a display to present the recommended glove options. The kit may also incorporate a customization tool to apply modifications, such as adding padding or adjusting sizing, to enhance comfort and functionality. The goal is to streamline the process of finding and adapting off-the-shelf gloves to better suit individual needs without requiring fully custom-made solutions.
13. The kit of claim 12 wherein the control circuit is further configured to present, via the display, the at least two different existing, non-customized gloves that are suitable to be worn by the particular individual.
14. The kit of claim 13 wherein the control circuit is further configured to present the at least two different existing, non-customized gloves in a prioritized order such that a most suitable glove is presented first.
This invention relates to a system for selecting and customizing gloves, particularly for industrial or specialized applications. The problem addressed is the difficulty in finding the right glove for specific tasks, given the wide variety of available options with different features. The invention provides a kit that includes a control circuit and a database of existing, non-customized gloves. The control circuit is configured to analyze user inputs, such as task requirements or environmental conditions, and compare them against the glove database to identify suitable options. The system prioritizes the results, presenting the most suitable glove first to streamline the selection process. The control circuit may also generate a customization profile for further tailoring the selected glove to the user's needs, such as adjusting fit, material, or additional features. The invention aims to improve efficiency in glove selection by reducing trial-and-error and ensuring optimal performance for the intended use.
15. The kit of claim 13 wherein the control circuit is further configured to present a recommended glove size with each of the at least two different existing, non-customized gloves.
A system for glove sizing and selection includes a measurement device that captures hand dimensions, such as length, width, and circumference, and a control circuit that processes this data. The control circuit compares the captured dimensions against a database of predefined glove sizes and styles to determine the best fit. The system presents a recommended glove size for each of at least two different existing, non-customized gloves, allowing users to select from multiple options. The control circuit may also account for user preferences, such as preferred fit tightness or specific glove features, to refine recommendations. The measurement device may include sensors or imaging technology to accurately capture hand dimensions, while the control circuit may use algorithms to analyze the data and generate recommendations. The system aims to improve glove selection by providing personalized sizing guidance based on objective measurements, reducing the need for trial-and-error fitting. This approach benefits users by ensuring a better fit and comfort, while also helping retailers or manufacturers optimize inventory by aligning glove sizes with actual customer needs. The system may be integrated into physical kiosks, mobile applications, or online platforms for accessibility.
16. The kit of claim 1 wherein the control circuit is further configured to provide the kit user with an opportunity to specify the different existing, non-customized gloves that are available for the control circuit to consider when identifying the at least one existing, non-customized glove that is suitable to be worn by the particular individual.
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January 22, 2016
November 1, 2022
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